HY-** Series Combined Optical Amplifier

Measurement Wavelength Range λ_P: min ：600； max ：1700 Measurement Wavelength Resolution λ_R: min ：±0.01 Measurement Wavelength Accuracy λ_A: min ：0.02

HYTS-ATS EDFA automatic test system is a precise, automated platform for fiber amplifiers. It automatically measures spectra, optical signal-to-noise ratio(OSNR), noise figure(NF), input/output optical power, and total power consumption. Integration with environmental-test equipment such as temperature chambers provides combined temperature/performance testing. Host software centrally controls optical switches, instruments, and chambers for efficient batch testing of single-channel or multichannel amplifiers, with channel expansion through optical switches. It supports high-reliability, high-consistency verification of aerospace products.

Center Wavelength λₚ [CW]: min ：1540； typical ：1550； max ：1560 Input Optical Power P_I [CW]: min ：-10； max ：10 Output Optical Power P_o [CW]: typical ：100

The SOA semiconductor optical amplifier uses a high-performance InGaAsP/InP gain chip for high-power C-band amplification. An integrated isolator and TEC cooling provide stable polarization-maintaining output. A dedicated drive circuit supports CW and pulsed modes. CW saturated output power is ＞100mW; pulsed operation offers widths down to 10ns and repetition rates up to 1MHz. Stable construction, mature processes, and volume production provide output insensitive to vibration and temperature changes for demanding environments.

Wavelengths [Standard Version]: 2780±50nm Output Power [Standard Version]: 10mW-1W,>1W Signal Gain [Standard Version]: 10-20dB,>20dB

Efficient all-fiber amplification around 2800nm. The Amp 2800 mid-IR ultrafast fiber amplifier is a commercial erbium-doped fluoride-fiber amplifier with gain near 2800nm. Amp 2800 delivers watt-level power, diffraction-limited quality, and optical coupling efficiency above 20%, ideal for generating or amplifying mid-IR light. It supports mid-IR solid-state and semiconductor amplification, supercontinuum generation, and tunable ultrashort-pulse amplification. With ultrafast pumping, it generates watt-level tunable ultrafast output or high-energy supercontinuum spanning 2.6 to 4.2 µm. Strong gain near 3μm supports operation from CW to femtosecond pulses. Application example: mid-IR ultrafast amplifier and spectral converter.

Output Power [Nd Wavelength Band 461nm; Original Table “ Model ” Row :532-671nm]: ≤10W Input Power Range [Nd Wavelength Band 461nm; Original Table “ Model ” Row :532-671nm]: 1mm Beam quality M² [Nd Wavelength Band 461nm; Original Table “ Model ” Row :532-671nm]: M²≤1.2

Our single-frequency fiber amplifiers provide gain over broad wavelength ranges while preserving narrowband single-frequency signals. Optimized for high output from narrowband sources, they avoid triggering stimulated Brillouin scattering (SBS). They can work with second-harmonic generation (SHG) modules to efficiently convert NIR to visible light. Original main-parameter table (source header anomalies retained): Visible Fiber Amplifier 461-729nm | Nd Band 461nm | Yb Band 488-560nm | VRFA Series 550-765nm Model | 532-671nm | ≤4W | ≤4W Output Power | ≤10W | ≤10W | ≤10W Input Power Range | 1mm | 1mm | 1mm Beam Quality | M²≤1.2 | M²≤1.2 | M²≤1.2 Polarization Extinction Ratio | <0.5% | <0.5% | <0.5% Model | ER Band | Tm Band | RFA | RFA | RFA | RFA | RFA | EDFA Band | TDFA Band Model | 775-800nm | 813 and 832nm | 1100-1280nm | 1290-1360nm | 1370-1400nm | 1410-1525nm | 1600-1720nm | 1530-1590nm | 1730-195nm Output Power | ≤10W | ≤4W | ≤20W Air-cooled | ≤15W | ≤5W | ≤8W | ≤5W | ≤10W | ≤10W Input Power Range | 10-50mW | 10-50mW | 10-50mW | 10-50mW | 10-50mW | 10-50mW | 10-50mW | 10-50mW | 10-50mW Polarization Extinction Ratio | 20dB | 20dB | 20dB | 20dB | 20dB | 20dB | 20dB | 20dB | 20dB Beam Quality | M(2)<1.1 | M(2)<1.1 | M(2)<1.1 | M(2)<1.1 | M(2)<1.1 | M(2)<1.1 | M(2)<1.1 | M(2)<1.1 | M(2)<1.1